Biomechanics, M.S.

Program Overview

Marshall University's Master of Science in Biomechanics offers a comprehensive program with two tracks: comprehensive and sports science. Students gain advanced knowledge in biomechanics, performance enhancement, and injury prevention, preparing them for careers in various fields, including biomechanics research, biomedical engineering, and sports performance analysis. The program emphasizes hands-on experience through research opportunities, practical work in the Biomechanics Lab, and internships.

Program Outline

Marshall University Master of Science in Biomechanics

Degree Overview:

• The only true biomechanics graduate degree program in West Virginia.
• Two options available: comprehensive track or sports science area of emphasis.
• Two-year program with a 36-hour course requirement focused on advanced knowledge in biomechanics, performance enhancement, and injury prevention.
• Students develop the ability to analyze and apply biomechanical principles as movement analysts in competitive and recreational sports, as well as in the workplace.

Outline:

• The program curriculum focuses on the application of biomechanics principles to various movement situations.
• Courses cover topics such as:
• Biomechanics of Human Movement
• Advanced Biomechanical Analysis
• Exercise Physiology
• Motor Control and Learning
• Sports Biomechanics
• Injury Biomechanics
• Research Methods in Biomechanics
• Students participate in "hands-on" work within the Marshall University Biomechanics Lab, utilizing state-of-the-art motion sensors and equipment.
• The program integrates theory and practice through:
• Research opportunities with faculty
• Practical experience with biomechanics technologies
• Internships with professionals in the field

Assessment:

• Assessment methods may include a combination of:
• Exams
• Assignments
• Projects
• Research papers
• Presentations
• Specific assessment methods and criteria for each course are likely to be provided in the syllabus.

Teaching:

• Led by two world-class biomechanics professionals with extensive research experience in various settings.
• Students consistently praise the faculty's expertise, dedication, and ability to foster a positive learning environment.
• Teaching methods may include:
• Lectures
• Seminars
• Laboratory sessions
• Group discussions
• Hands-on activities

Careers:

• Graduates are prepared for a wide range of careers, including:
• Biomechanics Professor
• Biomedical Engineer
• Clinical Biomechanics Specialist
• Injury Biomechanics Analyst
• Movement Analysis Expert
• Prosthetic Designer
• Research and Development Scientist
• Robotics Engineer

Other:

• The program emphasizes the application of biomechanics to practical situations, preparing graduates to work with athletes, coaches, physicians, physical therapists, and athletic trainers.
• The Sports Science area of emphasis is specifically designed for individuals seeking careers in the sports industry, focusing on using technology to improve performance.